1304960 - · , 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種監控系統及方 係有關於一種應用於之， 【先前技術】 控糸統及方法。 竹铜夂：數位式盔控系統可將監控系統整合於區域及卢 僂絲運用其數位傳輸及健存之特性而達到 ^ ㈣即時監控、分散 取代類…二：: 數位式監控系統已經逐漸 辦八官及i;'統而成為市場之主流，其被廣泛應用於 辟A至及豕庭之安全監控。 數位監控系統可依組成設備之不同而區分為三種李 ^ : n> Camera 系、、统、Vide〇 Server 系統及 DVR⑼糾d deo Ree〇rder)系統，該等系統皆可連接至網路 路監控的目的。而達到此目的之主要技術手段，乃因二： I位m統之例如影像擷取裝置及伺服器等提供有 網路連接之網路介面。 取 請參閱第1圖，其係顯示習知技術之監控系統1之年 ，示意圖。如圖所示，監控系統i係包括複數影像揭取= 直10、伺服器12以及使用者電腦14。其中，該等影像擷 取裝置10係可透過伺服器12所提供之第一連接介面卡° 120、第二連接介面卡12卜第三連接介面卡122及第四連 接介面卡123而接置於伺服器12，而伺服器12係可利用 例如網路介面卡（Network Interface Card ; NIC )、交換機 19246 5 1304960 • * « (SWltCh)及網路集線器（hub)之其中 之使用老Φ日w /、 種方式而與遠端 之使用者4 !4建立網路連接，影像操 广 細像並對其進行-影像編碼處理以將該影2 = :送至飼服器12’其可例如為數位 攝機貝枓 祠服器η係用以接收由影像擷取裝置 寻， 舰將其儲存，以供後續使用者藉由使用; 列如為網際網路（inteniei)之網路线】⑽提㈣ = 碼貧料並將其解碼處理後進行監查。 μ如像、、為 而言4置監控系統並非只有—單點監控，例如 、、大型企業、百貨大廈或者具有眾多住戶 而言，為滿足監控要求，豆往往需 物業么司 n^ 任彺而要佈置複數多個監控點， Γ 二定的擴充要求以接置新增之影像操取裝 二而，上述&控系統1，因飼服器12之連接介面卡 ^的數量係為旦固定之結構特性，從而限制影像擷取裝置 可接置的數量。舉例來說，若目前連接介面卡：。 供接置之影像絲裝置1G的之最大數量，若現 ς可 -影像擷取裳置1〇。此時，只能採取重購一可： 接介面卡之伺服器。如此，不僅& ’、夕連 、， 不僅&成網路介面裝置的成本 一阿，亚且，因替換操作而額外增加網路管理人員之 實為不妥。 、貝褥’ 因此，如何提供一種監控系統及方法，於 取裝置與該資料處理中心之影像資料傳輪，更俾可:免: 習知技術中可供影像擷取裝置接置之連接介面數量固定Ζ 限制欲接置之影像擷取裝置的數量’導致監控系統無法有 19246 6 1304960 1 · > 效擴充，已成爲目前業界亟待解決之課題 【發明内容】 鑒於上述習知技術之缺失，本發明之主要目的在於提 供-種監控系統及方法’其係透過一網路系統，得以可 受限地接置所需數量之客戶端。 種便於操作並節省成 本發明之另一目的在於提供一 本之監控糸統及方法。1304960 - · , IX. Description of the Invention: [Technical Field] The present invention relates to a monitoring system and a system related to the prior art, and a prior art method and method. Bamboo gongs: The digital helmet control system can integrate the monitoring system into the area and Lussian uses its digital transmission and storage characteristics to achieve ^ (4) real-time monitoring, decentralized replacement... 2:: Digital monitoring system has gradually been implemented Eighths and i; 'the mainstay of the market, it is widely used in the security monitoring of A to the court. The digital monitoring system can be divided into three kinds of systems according to the different devices: n> Camera System, System, Vide〇Server System and DVR (9) De Dre Ree〇rder) system, all of which can be connected to network monitoring the goal of. The main technical means to achieve this goal is because the I-bit system, such as video capture devices and servers, provides a network interface with a network connection. Please refer to Fig. 1, which is a schematic diagram showing the year of the monitoring system 1 of the prior art. As shown, the monitoring system i includes a plurality of image extractions = straight 10, a server 12, and a user computer 14. The image capturing device 10 can be connected to the first connection interface card 120, the second connection interface card 12, the third connection interface card 122, and the fourth connection interface card 123 provided by the server 12. Server 12, and server 12 can utilize, for example, a network interface card (NIC), a switch 19246 5 1304960 • * « (SWltCh) and a hub (hub) using the old Φ day w / And establishing a network connection with the remote user 4!4, the image is processed and image-processed to send the shadow 2 = to the feeding device 12', which may be, for example, a digit The camera η is used to receive the image acquisition device, and the ship stores it for subsequent users to use; the column is the network route of the Internet (inteniei) (10) (4) = The code is poor and is decoded and processed for monitoring. For example, the 4 monitoring system is not only a single point of monitoring, for example, large enterprises, department stores or many households, in order to meet the monitoring requirements, beans often need the property of the company In order to arrange a plurality of monitoring points, the expansion requirement of the second setting is to connect the newly added image manipulation device. The above & control system 1 is fixed because the number of the connection interface cards of the feeding device 12 is fixed. The structural characteristics limit the number of image capture devices that can be connected. For example, if the interface card is currently connected: The maximum number of image-carrying devices 1G to be attached, if the current image-capture is set to 1 〇. At this point, you can only take the repurchase one: the server that interfaces with the interface card. In this way, not only does & ', Xilian, and not only the cost of the network interface device, but also the additional network administrators due to the replacement operation is not appropriate. Therefore, how to provide a monitoring system and method for taking the image data transmission of the device and the data processing center, more: Fixing 限制 Limiting the number of image capturing devices to be connected' causes the monitoring system to fail to have 19246 6 1304960 1 · > Expansion, which has become an urgent issue in the industry [Invention] In view of the lack of the above-mentioned prior art, this The primary object of the invention is to provide a monitoring system and method that enables a limited number of clients to be connected via a network system. Another object of the present invention is to provide a monitoring system and method.
本發明之再一目的在於提供一 統及方法。 種結構簡單之監控系 為達上述目的及其他，本發明提供一種監 法。該監控系统係透過—烟々/ 乐、、先及方 路糸統，用以對目 私物進仃監控。該監控系統包括：至 操取該待監控之目標物的影像並對_ 2二” 像編碼處理以形成一影像編碼資料，且 2進仃一衫 以發送網路連接請求之自動連接 Μ 鸲具有一用 具有-用以響應該自動連接模組發、关^及一伺服端’係 送-響應訊息至該自動連接^、料連接請求並發 接之響應模組，且由該客戶端該客戶端建立網路連 至該伺服端，以由該伺服端接::儲像編犧 以供使用者透過該飼服端所 ：:;=碼資料， 目標物進行監控。 ν像編碼貧料對待監控 本發明之監控系統中，該客 標物的影像以形成-影像資料之操取：广用以_目 取模組所類取之影像資 、'、且、—用以將該擷 丁頌比/教位之轉換處理之轉 19246 7 1304960 * · . 換模組、一爾1、/ φ夕 影像資料進行換模組所作類比7數位轉換處理後之 及一用以佴哕坌自枘Λ 办像、、扁碼貢料之編碼模組 物且所產生：=該飼服端建立網路連接後，將該編 供該伺服端接收錯存之收發模組端以 各戶端係可例如數位元相機之 H貝施例中’該 為限’其亦可例如為數位攝錄：。、取震置，但並不以此 為—設於該客戶端… 上、十：i 钱介面）啟動器（initiator)。 心亥伺服端係具有一用以於 端建立網路連接後接 客戶糕以與该各戶 發模租及-Γ 各戶端發㈣料編碼資料之收 儲存模组。 ㈣㈣組所純的f彡像編碼資料之 編碼i m端復包括一用以對該儲存模組所儲存的影像 示模顯示處理之顯示模組，以供使用者依據該顯 3=不的影像對待監控之目標物進行監控。於-較 # . °亥控制杈組係-例如網路瀏覽器（browser) == 乍介面’但並不以此為限。以及-用以產生控 :組’以供該舰端之收發模組透過網路將 ^ 號發❹該客戶端之收發模組’以由該控制訊號 對5亥各戶端進行影像擷取控制處理。 、^月亦揭路一種【控方法，係透過一網路系統，用 以對：待監控的目標物進行監控，該監控方法包括以下步 、7至夕各戶端擷取該待監控之目標物的影像並對所 19246 8 1304960 ' # r 掏取的影像進行—旦 以及令-伺服端接：儲：：理以形成-影像編碼資料; 影像編碼資料，以供使==戶端，送至該词服端之 碼資料對待監控目標物進行監伺服祧所儲存的影像編 透過本發明之監控系二二 統，可供客戶# 、、 方法，主要係透過一網路糸 Λ 而之自動連接模組發送網路連接1 t 、 立而以令其響應該網路連接請求並建立 求至伺服 通訊連接，達成兩者間的影像資料之胖戶^伺服端之 通訊連接方式，俾可連接於該舰二=該種 免如習知技術般因硬體架構只可提供—數：= 之連接介面卡而導致可接 里固疋 另’本發明中’只須由具有自動連接模 * =連接請求至飼服端以與該飼服端建立連 = ::繁避=習知技術般需進行例如硬體設備升級 之細作％稷及成本較高之問題。 、 【實施方式】 以下藉由特定的具體實施例說明本發明之實施方 式，熟悉此技藝之人士可由本說明書所揭示之二： 瞭解本發明之其他優點及功效。本發明亦可藉由其:不同 的具體實施例加以施行或應用，本說明書中的各項細節亦 可基於不同的觀點與應用，在不悖離本發明之精神下進行 各種修飾與變更。 請參閱第2圖，其係顯示本發明之監控系統之基本架 構示意圖。如圖所示，監控系統2係透過一網路系統3， 19246 9 1 1304960It is still another object of the present invention to provide a system and method. A simple structure of monitoring is provided for the above purposes and others, and the present invention provides a method of monitoring. The monitoring system is used to monitor the public goods through the smoke, music, music, and roads. The monitoring system includes: an image that acquires an image of the object to be monitored and encodes the image to form an image coded material, and an automatic connection for sending a network connection request. a response module having a response to the automatic connection module sending, closing, and a server to send and respond to the automatic connection and the connection request, and the client is the client Establishing a network connection to the server for connection by the server: the image storage is provided for the user to monitor through the feeding service::;=code data, the target is monitored. In the monitoring system of the present invention, the image of the object object is used to form the image data: the image resource used in the module is widely used, and the image is used to compare the image with the image. /Teaching position conversion processing 19246 7 1304960 * · . Replacement module, one er, 1, φ eve image data for the analog module 7 analog conversion processing and one for self Like, the coded module of the flat code tribute and produced: = the end of the feeding service After the network is connected, the transceiver module that is configured to receive the error by the server can be, for example, a digital video recording in the H-bee example of the digital camera, for example, a digital camera: , take the shock, but do not use this - set on the client ... on, ten: i money interface) starter (initiator). The heart of the server has a network connection to establish The customer's cake is distributed with the households and the storage module of each household's (four) material coded data. (4) The code of the purely encoded image data of the group (4) includes the code for the storage module. The image display mode of the group is displayed to display the processed display module for the user to monitor according to the target object to be monitored according to the image displayed in the image. (browser) == 乍 interface 'but not limited to this. And - used to generate control: group 'for the ship's transceiver module to send the ^ number to the client's transceiver module through the network 'Image control control for each of the 5 Hai households by the control signal. The method is used to monitor the target to be monitored through a network system, and the monitoring method includes the following steps: 7 to 7: Each night, the image of the target to be monitored is captured and applied to the 19246 8 1304960 ' # r 影像 的 —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— —— The image of the monitoring object stored in the monitoring servo is transmitted through the monitoring system of the present invention, and is available to the customer #, , method, mainly through a network and automatically connected to the module to send a network connection 1 t In order to respond to the network connection request and establish a connection to the servo communication, to achieve the video connection between the fat image of the video server, the connection between the two can be connected to the ship 2 = such a free As is known in the art, the hardware architecture can only provide a number: = connection interface card to cause the connection to be fixed. In the present invention, it is only necessary to have an automatic connection mode* = connection request to the feeding end. Feeding the end of the establishment of the company = :: evasion = conventional knowledge Like the need for surgery such as hardware equipment upgrade spy% millet and higher standards of cost. [Embodiment] The following describes the embodiments of the present invention by way of specific embodiments, and those skilled in the art can disclose the two advantages of the present invention. The present invention may be embodied or applied in various other specific embodiments, and various modifications and changes may be made without departing from the spirit and scope of the invention. Referring to Figure 2, there is shown a schematic diagram of the basic architecture of the monitoring system of the present invention. As shown, the monitoring system 2 is transmitted through a network system 3, 19246 9 1 1304960
4 I 待監控的目標物進行監控。於本實施例中網路系 ;、、網際網路（intenet)、企業内部網（intr_t)、 箄二：LAN)、無線局域網(WLAN)及乙太網(Ethernet) =罔路形式，但並不以此為限。監控系統2係包括至少一 客戶端20以及伺服端22。 ㈣各戶端2〇係用以擷取該待監控之目標物的影像並對 魏的影像進行—影像編碼處理以形成—影像編碼資 於本實施财，客戶端2G可為數位相機，但並不以此 ^限^其亦可為數簡錄機或其他等狀影像擷取裝置。 各戶端2〇至少具有自動連接模組200、操取模、组2〇2、# 換模組204、編碼模組2〇6及收發模組2〇8。 " 自動連接模組200係用以發送網路連接請求至伺服 端自動連接板組200係包括有可供建立網路連接之網路 連接位址，例如網際網路協定位址（IP Address)，且自 動連接模組200可依據該網路連接位址發送一網路連接請 求至表徵朗料接位址之錬端22，以與其建立網路連 =。於本實施例中，自動連接模組2〇〇係為一設於該客戶 端之iSCSI (網際網路小型電腦系統介面）啟動器 (initiator )，5亥iSCSI啟動器係可例如一可透過作業系統 (0S )、自可彳疋供或自專業網站下載而獲取之軟體驅動程 式’但並不以此為限，其亦可例如為網路介面卡（Netw〇rk Interface Card ;NIC)或主機匯流排配接器（H〇st細4 I The target to be monitored is monitored. In this embodiment, the network system;, the Internet (intenet), the intranet (intr_t), the second: LAN), the wireless local area network (WLAN), and the Ethernet (Ethernet) = the way of the road, but Not limited to this. The monitoring system 2 includes at least one client 20 and a server terminal 22. (4) Each terminal 2 is used to capture the image of the object to be monitored and perform image-coding processing on the image of Wei to form image encoding. In this implementation, the client 2G can be a digital camera, but It is also possible to use a number of recorders or other image capturing devices. Each terminal 2 has at least an automatic connection module 200, a operation module, a group 2〇2, a #change module 204, an encoding module 2〇6, and a transceiver module 2〇8. " Automatic Connection Module 200 is used to send a network connection request to the server. The automatic connection board group 200 includes a network connection address for establishing a network connection, such as an Internet Protocol address (IP Address). And the automatic connection module 200 can send a network connection request to the terminal 22 of the characterization address according to the network connection address to establish a network connection with the network. In this embodiment, the automatic connection module 2 is an iSCSI (Internet Small Computer System Interface) initiator provided in the client, and the 5i iSCSI initiator can be, for example, a permeable operation. The system (0S), the software driver obtained from the download or the download from the professional website 'but not limited to this, it can also be, for example, a network interface card (NIC) or a host Busbar adapter (H〇st thin
Adaptor, HBA)等硬體設備。需注意的是，自動連接模組 200之選擇取決於包括預算、性能要求及工作負荷等多種 10 19246 1304960 - 參 k · 因素。^ :取模組202係用以擷取目標影像 ^目標影像可依使用者需要而選擇，舉:來；像： 處，以對其進行監控。於本實施例中，梯等 擷取模組202所擷取之數位照片。 〜像貝枓係為由 轉換模組204係用以將擷取模组2〇2 料進行類比/數位之轉換處理。於本實施例中:广影像資 2〇4係可例如類比數位轉換器（ADC)。 ’轉換模組 編碼模彡且2 〇 6 m ,,. 、 糸用以將轉換模組204所作類± =理之影像資料進㈣碼處理， ==轉 與本實施例中，該總版南^ /风办像編碼育料。 編碼等編碼方式，==包括例如信源編碼及通道 例如信噪比、抗干卜=4資料之佔用容量並增強其 為設於用戶端20之你Γ如數寺位^生。並且，編碼模組2〇6可 元（MCPU)之晶片 位處理單元（DSP)或微處理單 收發模組208係用以供 2〇〇與飼服端22建立㈣、二〜〇透過自動連接模組 的影像編喝資料透過^、ff，將編碼模組2〇6所產生 接收及儲存。 x、至伺服端22以供伺服端22 词服端22係用以接收用 其儲存，以供使用去、悉而20之〜像、.扁碼-貝料並將 對待監控目標物進行^司服端所儲存的影像編碼資料 為伺服系統或電腦系^ ^本貫施例中’伺服端2 2係可 、、、先之，、中一者。例如，該伺服端係為 19246 11 1304960 - * - . 動態主機設定協定之伺服系統，用以自動指派傳輪控制協 定⑺嘴訊給客戶端2。。祠服端22係至少具有， 應模組220、收發模έ且999 . 曰 以及控制模組228 儲耗組I顯示模組故 ^響應模組220係用以響應響應客戶端20之自動連接 模組2 0 0發送之網路遠垃』主+、+ 路連U並發送-響應訊息至自動逵Hardware devices such as Adaptor, HBA). It should be noted that the choice of the automatic connection module 200 depends on a variety of factors including budget, performance requirements, and workload. ^ : The module 202 is used to capture the target image. ^ The target image can be selected according to the user's needs, such as: at: to monitor it. In this embodiment, the ladder and the like capture the digital photos captured by the module 202. ~ The like module is used by the conversion module 204 to perform the analog/digital conversion processing of the capture module 2〇2. In this embodiment, the wide image resource can be, for example, an analog digital converter (ADC). 'Conversion module coding module and 2 〇 6 m , , . . . , 糸 used to convert the analog data of the conversion module 204 into the (four) code processing, == transferred to this embodiment, the total version of the South ^ /Wind like coding breeding. Coding and other coding methods, == include, for example, source code and channel, such as signal-to-noise ratio, anti-duplication = 4 data occupation capacity and enhance it as the number of temples located at the user terminal. Moreover, the chip module processing unit (DSP) or the micro-processing single transceiver module 208 of the encoding module 2〇6 (MCPU) is used to establish the connection between the two terminals and the feeding end 22 (four), two to 〇 through the automatic connection The image editing data of the module is received and stored by the encoding module 2〇6 through ^, ff. x, to the server 22 for the server 22 to serve the terminal 22 for receiving and storing it for use, to know the image, the image, and the target to be monitored The image coded data stored in the server is the servo system or the computer system. ^The servo terminal 2 2 system can be used, and the first one. For example, the servo end is 19246 11 1304960 - * - . The dynamic host setting protocol servo system is used to automatically assign the transfer control protocol (7) to the client 2. . The service terminal 22 has at least a module 220, a transceiver module, and a 999. 曰 and a control module 228, a storage group I display module, and a response module 220 for responding to the automatic connection mode of the response client 20. Group 2 0 0 sends the network far away "main +, + connect U and send - response message to automatic 逵
接极組200，以供客戶端2〇與伺服端22建立網路連接。 :本實施例中’響應模組22〇係為一設於該 h遺插即用之用戶介面（υρηρυι)之連接介面。U 收發模組222係用以於該客戶端以與該客戶端建立網 路連接後接收該客戶端發送的影像編碼資料。 編碼=模係用以儲存收發模請所接收之影像 、=貝，。於本實施例中，儲存模組224係可例如為硬碑 HD)或磁碟陣列（RAID)等儲存設備，但並不以 p艮。 v 顯示模組226儀用U #+ Μ + ^ ^ ^ ^ 對储存槟組224所儲存的影像編 ' "仃I不处理，以供使用者依據顯示模組226所顯 示的影像對待監控之目標物進行監控。 所.、'、頁 :模組228係用以產生控制訊號，以供伺服端22 '吴、、且切透過網路系、统3將該控制訊號發送至客戶 旦U收發模組2°8 ’以由該控制訊號對客戶端2。進行 ”縣U處理。該控制訊號係可例如調整用戶端Μ 統！：：擷取影像之頻率或者解析度等等參數，俾 工…仔以達成更佳的監控效果。於本實施例中控制 19246 12 1304960 < · 1 =ϊ2 8係為—例如_劉覽器（br°wser)之使用者操作 程。明之監控系統2執行本發明之監控方法流 接過二:ΓΓ□其係顯示本發明之監控方法之網路連 自動、拿垃:所示，於步驟S300,令用戶端20之 求至該依據該網路連接位址發送—網路連接請 於牛明接位址之伺服端22。接著進至步驟S301。 ;v ~ S301，令伺服端η之變庫掇 ，用戶端加之自動連接模組2 =路= 其網路連接位址是否正禮，…發較網路連接請求，判斷 若否:則對其不作響應^疋，則進至步驟·反之， 發送一塑自〇2 7喜應杈組220響應該網路連接請求並 服端連接模_，以供客戶端20與祠 所示網路連接完成後，即可執行如第4圖 1之處理流程示意圖員不本發明之監控方法之影像資料 於步驟S400，八田, 影像以形成像^ 螭2〇之擷取模組202擷取目標 於丄π::換; 之影像資料進行類比/數位之:：二將摘取模組202所擷取 S402。 之軲換處理，接著進至步驟 方；步驟S402，令編现y λ 比/數位轉換處理 二果、、且206將轉換模組204所作類 、之价_行編碼處理，以形成影像編 19246 13 1304960 t * 1 ι 碼資料。接著進至步驟S403。 於步驟S403，令收發模組208將編碼模組206所作編 碼處理而形成之影像編碼資料發送至伺服端22。接著進至 步驟S 4 0 4。 於步驟S404，令伺服端22之收發模組222接收由客 戶端20之收發模組208所發送之影像編碼資料。接著進至 步驟S 4 0 5。 於步驟S405，令儲存模組224儲存收發模組222所接 秦收之影像編碼資料。接著進至步驟S406。 於步驟S406，令顯示模組226對由儲存模組224所儲 存的影像編碼資料進行顯示處理，以供使用者依據顯示模 組226所顯示的影像對待監控之目標物進行監控。接著進 至步驟S407。 於步驟S407，當使用者監查顯示模組226顯示之影像 資料並判斷得到需對該提供影像資料之用戶端20進行調 整時，可令控制模組228產生控制訊號，以供伺服端22 ®之收發模組222透過網路系統3將該控制訊號發送至客戶 端20之收發模組208，以由該控制訊號對客戶端20進行 影像擷取控制處理。 綜上所述，本發明之監控系統及方法，主要係透過一 網路系統，可供客戶端之自動連接模組發送網路連接請求 至伺服端以令其響應該網路連接請求並建立該客戶端與伺 服端之通訊連接，俾使該客戶端將其擷取之影像資料發送 至伺服端以供其實施監控。並且，因採用透過網絡之通訊 14 19246 130496,0 =接方式，俾可使連接於制服端之客戶端的數量並不受 限，避免如習知技術般因硬體架構只可提供— '由从人 μ 、 妥^里固疋之^ 連接"面卡而致可接置之客戶端數量受限的問題。 另，於本發明中，只須由具有自動連接模組之客戶端 U網路連接請求至舰端以與該舰財立連接，操作 間早快捷，避免如習知技術般需進行例 換之操作繁複及成本較高之問題。 x備升級替 統之=二本發明中’_服端係為飼服系統及電腦系 ,':· 具有儲存貢料及控制等功能，避免了如羽 、σ技術般需儲㈣服器及遠端監控系統 二 的問題。 不、，先…構複雜 上述貫施例僅為例示性說明本發明之原理及並 :二非：於限制本發明，亦即，本發明事實上：可作1 他改艾。因此，任何熟習此項技藝 、 發明之精神及範綠下，…一 均可在不違背本 明…， 述貫施例進行修改。因此本發 【圖式簡單說明】 狀申-專利乾圍所列。 ’係顯示習知技術之監控系統之架構示意圖； 係顯不本發明之監控系統之基本架構示意圖； 示意圖；以及 〜控方法之網路連接過程 之影之流程步驟’其係顯示本發明之監控方法 〜1冢貝枓之處理流程示意圖。 【主要元件符號說明】 19246 15 1304960 • 參 1 監控系統 10 影像擷取裝置 100 網路系統 12 伺服器 120 第一連接介面卡 121 第二連接介面卡 122 第三連接介面卡 123 第四連接介面卡 14 使用者電腦 2 監控系統 20 客戶端 200 自動連接模組 202 擷取模組 204 轉換模組 206 編碼核組 208 收發模組 22 伺服端 220 響應模組 222 收發模組 224 儲存模組 226 顯示模組 228 控制模組 3 網路系統 步驟 S300〜S302 ' S400〜S407 16 19246The pole set 200 is provided for the client 2 to establish a network connection with the server 22. In the present embodiment, the response module 22 is a connection interface provided in the user interface (υρηρυι) of the h-pad. The U transceiver module 222 is configured to receive the image encoded data sent by the client after the client establishes a network connection with the client. Code = Module is used to store the image received by the transceiver module, = Bay. In this embodiment, the storage module 224 can be a storage device such as a hard monument HD or a RAID array, but is not p艮. v The display module 226 uses U #+ Μ + ^ ^ ^ ^ to store the image stored in the betel set 224 and does not process it for the user to monitor according to the image displayed by the display module 226. The target is monitored. The module 228 is used to generate the control signal for the servo terminal 22', and the control signal is sent to the customer's U transceiver module 2°8 through the network system. 'With the control signal to client 2. Perform “county U processing. The control signal can be adjusted, for example, by adjusting the user system!:: capturing the frequency or resolution of the image, etc., to complete the monitoring effect. In this embodiment, the control is performed. 19246 12 1304960 < · 1 = ϊ 2 8 is - for example, the user operation of _ 览 器 器 。 。 。 。 。 。 。 。 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控 监控The network of the invention is automatically connected and taken: in step S300, the client 20 is requested to send according to the network connection address - the network connection is requested by the server of Niu Ming. 22. Then proceed to step S301. ;v ~ S301, so that the servo end η is changed, the user end is added with the automatic connection module 2 = road = whether the network connection address is right, ... send a network connection request If the judgment is no: then it does not respond to ^疋, then proceeds to the step · vice versa, sends a plastic 〇 2 7 杈 杈 group 220 responds to the network connection request and the server connection mode _ for the client 20 After the network connection with 祠 is completed, the processing flow as shown in FIG. 4 can be performed. The image data of the monitoring method of the present invention is not in step S400, and the image is formed by the capturing module 202 which forms the image ^ : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : : 2, the extraction module 202 takes the S402. The process of the conversion is performed, and then proceeds to the step side; in step S402, the y λ ratio/digital conversion processing is performed, and the conversion module 204 performs the class, The price _ line encoding process is performed to form image code 19246 13 1304960 t * 1 ι code data. Then, the process proceeds to step S403. In step S403, the transceiver module 208 is configured to process the coded data formed by the encoding module 206. The process proceeds to step S4 0. In step S404, the transceiver module 222 of the server 22 receives the image coded data sent by the transceiver module 208 of the client 20. Then, the process proceeds to step S. In step S405, the storage module 224 stores the image encoded data received by the transceiver module 222. Then, the process proceeds to step S406. In step S406, the display module 226 is stored by the storage module 224. Image coding data for display processing For the user to monitor the target object to be monitored according to the image displayed by the display module 226. Then, the process goes to step S407. In step S407, the user monitors the image data displayed by the display module 226 and determines that it needs to be correct. When the client 20 providing the image data is adjusted, the control module 228 can generate a control signal for the transceiver module 222 of the server 22 to send the control signal to the client 20 through the network system 3. The group 208 performs image capturing control processing on the client 20 by the control signal. In summary, the monitoring system and method of the present invention mainly provides a network connection system for the client's automatic connection module to send a network connection request to the server to respond to the network connection request and establish the The client and the server communicate with each other, so that the client sends the captured image data to the server for monitoring. Moreover, because of the communication through the network 14 19246 130496, 0 = connection mode, the number of clients connected to the uniform end is not limited, and it can be avoided by the hardware architecture as in the prior art - The number of clients that can be connected is limited by the number of people connected to the user's μ. In addition, in the present invention, only the client U network connection request with the automatic connection module is required to connect to the ship terminal to connect with the ship, and the operation room is fast and fast, so as to avoid the need to change the case as in the prior art. The problem of complicated operation and high cost. x backup upgrade for the system = two in the invention '_ service is the feeding system and computer system, ': · with storage tribute and control functions, to avoid the need for feathers, σ technology storage (four) server and far The problem of monitoring system two. The above-described embodiments are merely illustrative of the principles of the invention and are not intended to limit the invention, that is, the invention may in fact be modified. Therefore, any familiarity with this skill, the spirit of the invention, and the general conditions of the invention can be modified without violating the present principles. Therefore, this issue [simplified description of the schema] is listed in the patent-patent. ' is a schematic diagram showing the architecture of the monitoring system of the prior art; a schematic diagram showing the basic architecture of the monitoring system not according to the present invention; a schematic diagram; and a process step of the network connection process of the control method 'which shows the monitoring of the present invention Method ~ 1 冢 枓 枓 process flow diagram. [Main component symbol description] 19246 15 1304960 • Reference 1 monitoring system 10 Image capturing device 100 Network system 12 Server 120 First connection interface card 121 Second connection interface card 122 Third connection interface card 123 Fourth connection interface card 14 User Computer 2 Monitoring System 20 Client 200 Automatic Connection Module 202 Capture Module 204 Conversion Module 206 Code Core Group 208 Transceiver Module 22 Servo Terminal 220 Response Module 222 Transceiver Module 224 Storage Module 226 Display Mode Group 228 Control Module 3 Network System Steps S300~S302 'S400~S407 16 19246